This module describes the knowledge, skills and attitudes required to apply fundamental engineering mathematics. At the end of this module, the trainee of Level Six will be able to apply elementary functions, differentiation, simple integration, vectors and matrices and determinants.
This module is designed for students pursuing Diploma courses in Automobile
Technology. It describes the skills, knowledge, and attitudes required to apply technical
drawing. At the end of this course, the learner will be able to use mechanical drawing
instruments, materials and equipment; apply lines and symbols used in drawing and
perform 2 & 3-dimensional drawing.
This module describes the knowledge, skills and attitude required to maintain and repair
engine systems of motor vehicle. This module is intended to students pursuing diploma
in automobile technology. At the end of this module, the students will be able to identify
and describe engine system components, maintain cooling system, service lubrication
system, and service exhaust system and perform engine overhauling, to keep engine in
good condition.
This module aims to help the trainees to describe and understand the following key points:
Monitor Hygiene and sanitation best practices at workplace
Describe communicable and non communicable diseases
Prevent gender based violence at workplace
Sustain individual health and safety at workplace
Purpose statement
This module describes the knowledge, skills and attitude required to prepare garage documentations requirement. This module is intended to students pursuing diploma in automobile technology. At the end of this module, the students will be able to prepare work documents, verify customer complains, prepare work estimation, and prepare report.
Understand the applications of engineering thermodynamics in real life situations based on propulsion chain
Understand the basics concepts and definitions used in engineering thermodynamics and classify the different types of thermodynamic systems.
Use mathematical skills to solve engineering thermodynamic problems
Broaden an understanding of Work, Heat and Energy
Explain the condition required in which a system is in Thermodynamic equilibrium and Differentiating reversible and irreversible processes
Explain the working Principle of Cyclic Heat Engine performed a closed system undergoing four successive energy interactions with the surrounding and Heat Engine Cycle performed by a stead flow system interacting with the surrounding
Use zeroth, first, second,and third laws of thermodynamics in solving Thermodynamic problems
Execute a refrigeration cycle and Domestic refrigerator and Distinguish Heat Pump and Refrigerator
To explan to the out siders the application of thermodynamics systems in different mechanical systems